Thermodynamic Coherence: A Field-Primary Framework for Self-Organization in Dissipative Structures

Abstract

This paper introduces a field-primary framework for thermodynamic coherence, proposing a torsional model for self-organization in dissipative systems. Building on coherent wave dynamics, the model bridges quantum, biological, and cosmological phenomena into a unified, field-first ontology. The framework is mathematically grounded and operationally demonstrable, offering a coherent synthesis with implications for systems theory, emergence, and energetic topology.